DOWNLOAD Harman Kardon AVR 135 (serv.man2) Service Manual ↓ Size: 4.88 MB | Pages: 127 in PDF or view online for FREE

Model
AVR 135 (serv.man2)
Pages
127
Size
4.88 MB
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PDF
Document
EMC - CB Certificate
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Device
Audio
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avr-135-sm2.pdf
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Harman Kardon AVR 135 (serv.man2) EMC - CB Certificate ▷ View online

Reference No. : 54120503A                                                                                                                        Page 15
 
◀  Anam EMC Test Laboratory  ▶
 
 
Limit(㏈㎺) Result(㏈㎺) 
Test Lead 
Freq. 
(㎒) 
QP AV QP  AV 
AC Power Cord 
230.00 
52.4 
42.4 
S-Video Monitor Out 
31.03 
45.0 35.0 35.8 32.4 
S-Video DVD In 
75.59 46.7  36.7  29.5 27.7 
S-Video Vid1 In 
75.59 46.7  36.7  30.0 28.1 
S-Video Vid1 Out 
31.03 45.0  35.0  30.3 27.0 
S-Video Vid2 In 
75.76 46.7  36.7 
* * 
Front S-Video In 
75.52 46.7  36.7  27.9 26.5 
CD IN 
86.01 47.1  37.1 
* * 
TAPE OUT 
86.01 47.1  37.1 
* * 
TAPE IN 
86.01 47.1  37.1  26.2 * 
PRE OUT 
135.16 48.9  38.9  27.9 26.2 
VID2 IN 
86.01 47.1  37.1 
VID1 OUT 
86.01 47.1  37.1 
VID1 IN 
86.01 47.1  37.1 
DVD IN 
60.00 46.1  36.1 
MONITOR OUT 
76.94 46.7  36.7  25.0 
DIRECT IN FL/FR 
86.01 47.1  37.1 
DIRECT IN SL/SR 
86.01 47.1  37.1 
DIRECT IN C/SW 
86.01 47.1  37.1 
DIRECT IN SBL/SBR 
86.01 47.1  37.1  26.2 
COAXIAL IN 1 
86.01 47.1  37.1 
COAXIAL IN 2 
86.01 47.1  37.1 
COAXIAL OUTPUT 
58.12 46.0  36.0  31.8 
27.2 
COMPONENT MON 
40.00 45.4  35.4  30.4 
25.9 
COMPONENT VID2 
40.00 45.4  35.4  27.3 
25.4 
COMPONENT DVD 
40.00 45.4  35.4  27.5 24.6 
COAXIAL 3 
196.60 51.2  41.2 
VIDEO 3 
106.59 47.8  37.8  32.1 
30.2 
SPEAKER F R 
86.01 47.1  37.1 
SPEAKER F L 
86.01 47.1  37.1 
SPEAKER BACK SURR 
86.01 47.1  37.1 
SPEAKER SURR L 
86.01 47.1  37.1 
* * 
SPEAKER SURR R 
86.01 47.1  37.1 
* * 
SPEAKER CENTER 
86.01 47.1  37.1 
* * 
HEADPHONE 
86.01 47.1  37.1 
* * 
*: less than 25 ㏈㎺
 
Reference No. : 54120503A                                                                                                                        Page 16
 
◀  Anam EMC Test Laboratory  ▶
 
 
Note:1) The spectrum was checked from 30 to 300 ㎒. 
 
     2) The cable (6.0m length) loss is included in a correction factor. 
 
     3) Detector function of the measuring instrument:  
 
 
QP: Quasi-peak, AV: Average 
 
     4) QP line: Limit (㏈㎺) = Frequency (㎒)  ×0.037 + 43.9 
 
              AV line: Limit (㏈㎺) = Frequency (㎒)  ×0.037 + 33.9 
 
     5) *: Less than 25 ㏈㎺ 
 
For the measurement data, see Annex B (35 Copies). 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
Reference No. : 54120503A                                                                                                                        Page 17
 
◀  Anam EMC Test Laboratory  ▶
 
 
9. HARMONICS 
  9.1. Operating environment 
Temperature 
: 0℃ 
Relative humidity  : 40% 
 
    9.2. Test set-up and procedure 
 
Harmonics of the fundamental current were measured up to 2 ㎑ using a 
 
universal power analyzer. The measurement was carried out under steady   
 
conditions and using averaging. 
 
The Class of this equipment is “Class A” by clause 5 of EN61000-3-2 : 2000. 
 
The measurement was performed with the Test software (Version 3.07.04)   
for Windows 
The input signal and load conditions were set as given in clause 4.2.4 of   
IEC 60065. 
 
   9.3. Test instrumentation 
Equipment 
Mfr. 
Type No. 
Serial No. 
Signal Generator 
Anritsu 
MG3632A 
MT79870 
Universal power analyzer  Voltech 
PM 3300 
AK19/1137 
Programmable controller 
Pacific 
360AMXT/UPC32 
151 
Magnetics module 
Pacific 
134310 
334 
 
9.4. Test result 
 
The equipment does comply with the requirements. 
For the measurement data, see Annex C (3 Copies). 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
Reference No. : 54120503A                                                                                                                        Page 18
 
◀  Anam EMC Test Laboratory  ▶
 
 
10. VOLTAGE FLUCTUATIONS-FLICKER 
   10.1. Operating environment 
Temperature 
: 0℃ 
Relative humidity  : 40% 
 
      10.2. Test set-up and procedure 
 
The open circuit test voltage was the rated voltage of the EUT. 
 
The reference impedance was a conventional impedance being used to calculate 
or measure the disturbance caused by an appliance. 
 
The measurement was performed with the Test software (Version 3.07.04)   
for Windows 
 
The input signal and load conditions were set as given in clause 4.2.4 of   
IEC 60065. 
 
   10.3. Test instrumentation 
Equipment 
Mfr. 
Type No. 
Serial No. 
Signal Generator 
Anritsu 
MG3632A 
MT79870 
Reference impedance 
Voltech 
IEC Standard 555 
IB16/0725 
Universal power analyzer  Voltech 
PM 3300 
AK19/1137 
Programmable controller 
Pacific 
360AMXT/UPC32 
151 
Magnetics module 
Pacific 
134310 
334 
 
10.4. Test result 
 
The equipment does comply with the requirements. 
 
For the measurement data, see Annex D (2 Copies). 
 
 
 
 
 
 
 
 
 
 
 
 
 
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